i think this is the answer
By the confront theorem we know that the limit only exists if both lateral limits are equal
In this case they aren't so we don't have limit for x approaching 2, but we can find their laterals.
Approaching 2 by the left we have it on the 5 line so this limit is 5
Approaching 2 by the right we have it on the -3 line so this limit is -3
Think: it's approaching x = 2 BUT IT'S NOT 2, and we only have a different value for x = 2 which is 1, but when it's approach by the left we have the values in the 5 line and by the right in the -3 line.
Hello :
<span> a slope intercept equation is : y - b = s (x - a )
passing </span>through <span>the given point A( a , b) and the slope : s when : s×s' = -1
</span>s' : the slope of The other line .
The answer is 21.4 feet. You use the sin of 16 and then divide 5.9 by sin(16)
Answer:
the second one
Step-by-step explanation:
